Quick Reference PowerDesigner 16.1

Transcription

1 Quick Reference PowerDesigner 16.1 Windows

2 DOCUMENT ID: DC LAST REVISED: November 2011 Copyright 2011 by Sybase, Inc. All rights reserved. This publication pertains to Sybase software and to any subsequent release until otherwise indicated in new editions or technical notes. Information in this document is subject to change without notice. The software described herein is furnished under a license agreement, and it may be used or copied only in accordance with the terms of that agreement. Upgrades are provided only at regularly scheduled software release dates. No part of this publication may be reproduced, transmitted, or translated in any form or by any means, electronic, mechanical, manual, optical, or otherwise, without the prior written permission of Sybase, Inc. Sybase trademarks can be viewed at the Sybase trademarks page at Sybase and the marks listed are trademarks of Sybase, Inc. A indicates registration in the United States of America. SAP and other SAP products and services mentioned herein as well as their respective logos are trademarks or registered trademarks of SAP AG in Germany and in several other countries all over the world. Java and all Java-based marks are trademarks or registered trademarks of Oracle and/or its affiliates in the U.S. and other countries. Unicode and the Unicode Logo are registered trademarks of Unicode, Inc. All other company and product names used herein may be trademarks or registered trademarks of the respective companies with which they are associated. Use, duplication, or disclosure by the government is subject to the restrictions set forth in subparagraph (c)(1)(ii) of DFARS for the DOD and as set forth in FAR (a)-(d) for civilian agencies. Sybase, Inc., One Sybase Drive, Dublin, CA 94568

3 Contents Core Features Quick Reference...1 Manipulating Symbols...3 Manipulating Link Symbols...5 Requirements Model Quick Reference...7 Enterprise Architecture Model Quick Reference...9 Business Process Model Quick Reference...11 Conceptual and Logical Data Model Quick Reference...13 Physical Data Model Quick Reference...15 Data Movement Model Quick Reference...17 Object-Oriented Model Quick Reference...19 XML Model Quick Reference...21 Free Model Quick Reference...23 Extensions Quick Reference...25 Shortcut Keys...27 Index...31 Quick Reference iii

4 Contents iv PowerDesigner

5 Core Features Quick Reference Core Features Quick Reference PowerDesigner is a graphical enterprise modeling solution supporting standard methodologies and notations and providing automated code reverse engineering and generation through customizable templates. It provides a scalable enterprise repository solution with strong security and versioning capabilities to aid multi-user development, powerful reporting capabilities, and is highly extensible. Creating Models and Projects Models are the basic working unit in PowerDesigner, and contain one or more diagrams. Projects contain one or more models and can also include a framework diagram or matrix to guide how your project should be modeled: To create a new model, select File > New Model. To create a new model by importing an Excel, Word, ERwin, XMI, Rational Rose, or SIMUL8 file, select File > Import > type. Quick Reference 1

6 Core Features Quick Reference To create a new model by reverse-engineering a database, process or object language files, or an XML schema, select File > Reverse Engineer > type. To create a new project, select File > New Project. Setting Up Your Modeling Environment To connect to a repository, select Repository > Connect. To set model options including naming conventions for your objects, select Tools > Model Options. To control the look of and information displayed on your diagram symbols, select Tools > Display Preferences. To set general options for dialog boxes, editors, variables, etc, select Tools > General Options. To customize the commands in your menus and tools in your toolbars, select Tools > Customize Menus and Tools. The PowerDesigner Interface These core features are available in all or many models: To create an object in a diagram, select the appropriate tool in the Toolbox and then click in the diagram. To create an object in the Browser, right-click the model or a package and select New > Object Type. To open an object property sheet, double-click its Browser entry or diagram symbol. To add a diagram to your model, right-click the model node in the Browser and select New > Diagram Type. To find objects, select Edit > Find Objects (or press Ctrl+F). To find the Browser entry for an object symbol, right-click the symbol and select Find in Browser. To find the diagram symbol for an object in the Browser, right-click the Browser item and select Find in Diagram. To check the validity of your model, select Tools > Check Model (or press F4). To add a dependency matrix to your model, right-click the model node in the Browser and select New > Dependency Matrix. To create a report on your model, select Report > Report Wizard (or press Ctrl+F12). To enable the use of the glossary in your model, select Tools > Model Options, choose the Naming Convention category, and select Use glossary for autcompletion and compliance checking. Linking and Syncing These features help you to create and review connections in and between your models: 2 PowerDesigner

7 Core Features Quick Reference To create a connection from one object to any other object, open its property sheet and click the Traceability Links tab. To generate one model from another (where available), select Tools > Generate type Model. To generate objects from one model to another, select Tools > Generate Objects > Define New Object Generation. To create a shortcut to an object in another model or package, right-click on the target object in the Browser (or its symbol in a diagram) and drag and drop it into the diagram where you want to create the shortcut (or onto a model or package in the Browser). Release the right mouse button, and select Create Shortcut(s) Here. To create a synchronized replica of an object in another model or package, right-click on the target object in the Browser (or its symbol in a diagram) and drag and drop it into the diagram where you want to create the replica (or onto a model or package in the Browser). Release the right mouse button, and select Replicate Here. To create or review mappings between two models (where available), select Tools > Mapping Editor To compare two models, select Tools > Compare Models (or press Ctrl+F6). To merge two models, select Tools > Merge Models (or press Shift+F6). To analyze the impact of a change to an object, select Tools > Impact and Lineage Analysis (or press Ctrl+F11). Documentation For detailed documentation, see Core Features Guide. Manipulating Symbols You can select symbols in a PowerDesigner diagram using standard gestures. You can edit properties of the selected symbol's object or it's sub-objects, and resize the symbol by clicking and dragging on its handles. Click on a symbol with the default Pointer tool to select it. To select: Additional symbols, press and hold Shift while clicking them. All symbols in an area, click and hold while dragging the pointer over the area. All symbols connected to a symbol, click the symbol and then select Edit > Select Connected Symbols All symbols in the diagram, press Ctrl+A, click the Grabber tool, or select Edit > Select All In the following example, the Customer table is selected, and can be moved by dragging or resized by dragging on one of its handles: Quick Reference 3

8 Core Features Quick Reference Note: To resize all the symbols in a diagram at once, click the Grabber tool and then drag one of the handles. When a symbol is selected, clicking on one of its object properties lets you edit its value. Now, the table name is selected for editing: When an object property is selected for editing, you can navigate through its editable properties and on into its sub-object properties by pressing the Tab or Shift+Tab keys. Note: You can control the object and sub-object properties that appear on a symbol using display preferences (Tools > Display Preferences). When a symbol is selected, clicking on one of its sub-objects selects that sub-object. Now, the Customer activity column sub-object is selected: You can navigate up and down in the list of sub-objects by pressing the Up Arrow or Down Arrow keys. When a sub-object is selected, clicking on one of its properties lets you edit its value. Now the Customer activity column name is selected for editing: 4 PowerDesigner

9 Core Features Quick Reference To create a new sub-object at the end of the list, press Ctrl+N. To insert a new sub-object above the selected sub-object, press Ctrl+I. To delete the selected sub-object, press Del. Rightclicking a sub-object opens a contextual menu offering useful commands. When a sub-object property is selected for editing, you can navigate right and left along the line of its editable properties by pressing the Tab or Shift+Tab keys. Note: The following kinds of properties are not editable via object symbols: Boolean properties, such as the Abstract property on OOM class symbols. Custom indicators, such as those used to identify keys and indexes on PDM table symbols. Certain calculated properties, such as Domain or Datatype on PDM table symbols. Manipulating Link Symbols You can add and remove corners to and from link symbols, and change the objects that they connect. 1. Draw a link between two objects: 2. Press Ctrl and click a point on the line to create a handle where you want to insert a corner: 3. You can add a second handle, or as many as you need: 4. To create a corner, click and hold the handle and then drag it to where you want the corner to be: Quick Reference 5

10 Core Features Quick Reference 5. You can drag the other handles too: 6. To remove a handle (and corner), press Ctrl and click on the handle to remove: Note: To move an extremity of a link symbol from one object to another, click to select the link, and then drag the end handle to the new object. 6 PowerDesigner

11 Requirements Model Quick Reference Requirements Model Quick Reference A requirements model (RQM) helps you analyze any kind of written requirements and link them with users and groups who will implement them and with design objects in other models. You can use an RQM to represent any structured document (e.g. functional specification, test plan, business goals, etc.) and import and export hierarchies of requirements as MS Word documents. Creating an RQM To create a new RQM - Select File > New Model, and choose Requirements Model. To create a new RQM by importing a Word document - Select File > Import > Word Document. The following types of views are available: A requirements document view displays a list of written requirements in a hierarchic grid. A traceability matrix view displays the links between requirements and objects from other types of models, external files or other requirements. A user allocation matrix view displays the links between requirements and the users and groups who will fulfill them. Linking Requirements with Design Objects and External Files You can link requirements to objects from other types of models, external files, and other requirements on the Requirement Traceability Links tab of the requirement property sheet. Documentation For detailed documentation, see Requirements Modeling. Quick Reference 7

12 Requirements Model Quick Reference 8 PowerDesigner

13 Enterprise Architecture Model Quick Reference Enterprise Architecture Model Quick Reference An enterprise architecture model (EAM) helps you analyze and document your organization and its business functions, along with the applications and systems that support them and the physical architecture on which they are implemented. Creating an EAM To create a new EAM - Select File > New Model, and choose Enterprise Architecture Model. To create a new EAM by importing a Visio diagram - Open your diagram in Visio and select PowerDesigner > Export to PowerDesigner Model. The following types of diagrams are available: Quick Reference 9

14 Enterprise Architecture Model Quick Reference A process map provides a graphical view of your business architecture, and helps you identify your business functions and high-level processes, independent of the people and business units who fulfill them. An organization chart provides a graphical view of your organization as a tree structure, and helps you analyze and display the relationships between organization units (divisions, groups, teams, etc), individuals, and roles. A business communication diagram provides a graphical view of your organization, and helps you analyze, the relationships, flows, and other connections between business functions, organization units, roles, and sites. A city planning diagram provides a graphical view of the big picture of your enterprise architecture, using the metaphor of planning the infrastructure of a city to represent the organization of systems, applications, etc into architectural areas. A service-oriented diagram provides a graphical view of your business and application services and the relationships between them, and helps you associate applications and other application layer objects with business services and processes to assist with SOA design. An application architecture diagram provides a high-level graphical view of the application architecture, and helps you identify applications, sub-applications, components, databases, services, etc, and their interactions. A technology infrastructure diagram provides a high-level graphical view of the physical architecture required to support the application architecture. Exporting and Importing Objects to and from Other Models The EAM provides wizards to export EA objects to lower-level models and to import implementation objects to be represented in the EAM: To export EAM objects to another model - Select Tools > Export Objects Wizard To import objects from other models into an EAM - Select Tools > Import Objects Wizard Documentation For detailed documentation, see Enterprise Architecture Modeling. 10 PowerDesigner

15 Business Process Model Quick Reference Business Process Model Quick Reference A business process model (BPM) helps you identify, describe, and decompose business processes. You can analyze your system at various levels of detail, and focus alternatively on control flow (the sequence of execution) or data flow (the exchange of data). You can use BPEL, BPMN, and many other process languages. Creating a Business Process Model To create a new, empty BPM, select File > New Model, and choose Business Process Model. To reverse engineer a new BPM from process language files, select File > Reverse Engineer > Process Language. The following types of diagrams are available: A business process diagram (or process flow diagram) provides a graphical view of the control flow (the sequence of execution) or data flow (the exchange of data) between processes at any level in your system. A process hierarchy diagram (or functional decomposition diagram) provides a graphical view of the functions of a system and helps you decompose them into a tree of subprocesses. Quick Reference 11

16 Business Process Model Quick Reference A process service diagram provides a graphical view of the services, operations, and interfaces available in your system. Working with Data in a BPM PowerDesigner provides various methods for linking data in your BPM to data items, entities, tables or classes in other PowerDesigner models: To link data in a BPM with other PowerDesigner objects, use the Definition field on the General tab of the data property sheet. To export data in a BPM to other PowerDesigner objects, select Tools > Data Export Wizard. To import other PowerDesigner objects as data in a BPM, select Tools > Data Import Wizard. Working with Process Language Definitions The process language definition file defines features specific to the language being modeled: To open the process language definition file in the Resource Editor, select Language > Edit Current Process Language. To change the process language to model with, select Language > Change Current Process Language. Documentation For detailed documentation, see Business Process Modeling. 12 PowerDesigner

17 Conceptual and Logical Data Model Quick Reference Conceptual and Logical Data Model Quick Reference A conceptual data model (CDM) helps you analyze the conceptual structure of an information system, to identify the principal entities to be represented, their attributes, and the relationships between them. A CDM is more abstract than a logical (LDM) or physical (PDM) data model. A logical data model (LDM) helps you analyze the structure of an information system, independent of any specific physical database implementation. An LDM has migrated entity identifiers and is less abstract than a conceptual data model (CDM), but does not allow you to model views, indexes and other elements that are available in the more concrete physical data model (PDM). Creating a CDM or LDM To create a new CDM, select File > New Model, and choose Conceptual Data Model. To create a new LDM, select File > New Model, and choose Logical Data Model. To create a new CDM or LDM by importing one or more ERwin files, select File > Import > ERwin File or File > Import > Multiple ERwin Files. Quick Reference 13

18 Conceptual and Logical Data Model Quick Reference Specifying a Modeling Notation and Other Options To specify a modeling notation and set other model options, select Tools > Model Options. Generating Other Models You can generate other PowerDesigner models from a CDM or LDM by selecting Tools >: Generate Conceptual Data Model (or press Ctrl+Shift+C) Generate Logical Data Model (or press Ctrl+Shift+L) Generate Physical Data Model (or press Ctrl+Shift+P) [CDM only] Generate Object-Oriented Model (or press Ctrl+Shift+O) Documentation For detailed documentation, see Data Modeling. 14 PowerDesigner

19 Physical Data Model Quick Reference Physical Data Model Quick Reference A physical data model (PDM) helps you to analyze the tables, views, and other objects in a database, including multidimensional objects necessary for data warehousing. A PDM is more concrete than a conceptual (CDM) or logical (LDM) data model. You can model, reverse-engineer, and generate for all the most popular DBMSs. Creating a Physical Data Model To create a new, empty PDM, select File > New Model, and choose Physical Data Model. To reverse engineer a new PDM from a live database connection, select File > Reverse Engineer > Database. To create a new PDM by importing one or more ERwin files, select File > Import > ERwin File or File > Import > Multiple ERwin Files. The following types of diagrams are available: A physical data diagram provides a graphical view of your database structure, and helps you analyze its tables (including their columns, indexes, and triggers), views, and procedures, and the references between them. Quick Reference 15

20 Physical Data Model Quick Reference A multidimensional data diagram provides a graphical view of your datamart or data warehouse database, and helps you identify its facts, cubes and dimensions. Specifying a Modeling Notation and Other Options To specify a modeling notation, column, reference, and ownership defaults and set other model options, select Tools > Model Options. Interacting with Databases To connect to a database, select Database > Connect. To generate a database, select Database > Generate Database. To modify a database, select Database > Apply Model Changes to Database. To reverse engineer from a live database connection into an existing PDM, select Database > Update Model from Database. To generate test data to a database, select Database > Generate Test Data. To estimate the size of a database, select Database > Estimate Database Size Generating Other Models You can generate other PowerDesigner models from a PDM by selecting Tools >: Generate Conceptual Data Model (or press Ctrl+Shift+C) Generate Logical Data Model (or press Ctrl+Shift+L) Generate Physical Data Model (or press Ctrl+Shift+P) Generate Object-Oriented Model (or press Ctrl+Shift+O) Generate XML Model (or press Ctrl+Shift+M) Working with DBMS Definitions The DBMS definition file defines features specific to the DBMS being modeled: To open the DBMS definition file in the Resource Editor, select Database > Edit Current DBMS. To change the DBMS to model with, select Database > Change Current DBMS. Documentation For detailed documentation, see Data Modeling. 16 PowerDesigner

21 Data Movement Model Quick Reference Data Movement Model Quick Reference A data movement model (DMM) provides a global view of the movement of information in your organization. You can analyze and document where your data originates, where it moves to, and how it is transformed on the way, including replications and ETL. Creating a Data Movement Model To create a new, empty DMM - Select File > New Model, and choose Data Movement Model. To reverse engineer replication processes into a DMM from a consolidated database connection - Select Tools > Reverse Engineering Replication Server. The following types of diagrams are available: A data movement diagram provides a high-level graphical view of the movement of your information, including data sources, replications, and ETL operations. A data transformation diagram provides a graphical view of the inputs, outputs, and steps involved in a data transformation task. A transformation control flow diagram provides a graphical view of the order in which a series of data transformation tasks is linked together in a control flow. Creating Replication and Transformation Environments To create a replication environment, select Tools > Replication Wizard. To create a transformation process to transform data from a PDM, select Tools > Transformation Wizard. To create a transformation process from existing PDM-to-PDM mappings, select Tools > Convert Mappings to ETL Wizard. Documentation For detailed documentation, see Data Movement Modeling. Quick Reference 17

22 Data Movement Model Quick Reference 18 PowerDesigner

23 Object-Oriented Model Quick Reference Object-Oriented Model Quick Reference An object-oriented model (OOM) helps you analyze an information system through use cases, structural and behavioral analyses, and in terms of deployment, using the Unified Modeling Language (UML). You can model, reverse-engineer, and generate for Java,.NET and other languages. Creating an Object-Oriented Model To create a new, empty OOM - Select File > New Model, and choose Object Oriented Model. To reverse engineer a new OOM from a object language files - Select File > Reverse Engineer > Object Language. To import a Rational Rose model into an OOM - Select File > Import > Rational Rose File. To import an XMI file into an OOM - Select File > Import > XMI File. The following types of diagrams are available: A use case diagram is a UML diagram that provides a graphical view of the requirements of your system, and helps you identify how users interact with it. A class diagram is a UML diagram that provides a graphical view of the classes, interfaces, and packages that compose a system, and the relationships between them. An object diagram is a UML diagram that provides a graphical view of the structure of a system through concrete instances of classes (objects), associations (instance links), and dependencies. A composite structure diagram is a UML diagram that provides a graphical view of the classes, interfaces, and packages that compose a system, including the ports and parts that describe their internal structures. Quick Reference 19

24 Object-Oriented Model Quick Reference A package diagram is a UML diagram that provides a high-level graphical view of the organization of your application, and helps you identify generalization and dependency links between the packages. A sequence diagram is a UML diagram that provides a graphical view of the chronology of the exchange of messages between objects and actors for a use case, the execution of an operation, or an interaction between classes, with an emphasis on their chronology. A communication diagram is a UML diagram that provides a graphical view of the interactions between objects for a use case scenario, the execution of an operation, or an interaction between classes, with an emphasis on the system structure. An interaction diagram is a UML diagram that provides a high-level graphical view of the control flow of your system as it is decomposed into sequence and other interaction diagrams. An activity diagram is a UML diagram that provides a graphical view of a system behavior, and helps you functionally decompose it in order to analyze how it will be implemented. A statechart diagram is a UML diagram that provides a graphical view of a State Machine, the public behavior of a classifier (component or class), in the form of the changes over time of the state of the classifier and of the events that permit the transition from one state to another. A component diagram is a UML diagram that provides a graphical view of the dependencies and generalizations among software components, including source code components, binary code components, and executable components. A deployment diagram is a UML diagram that provides a graphical view of the physical configuration of run-time elements of your system. Generating Other Models You can generate other PowerDesigner models from an OOM by selecting Tools >: Generate Conceptual Data Model (or press Ctrl+Shift+C) Generate Physical Data Model (or press Ctrl+Shift+P) Generate Object-Oriented Model (or press Ctrl+Shift+O) Generate XML Model (or press Ctrl+Shift+M) Working with Object Language Definitions The object language definition file defines features specific to the language being modeled: To open the object language definition file in the Resource Editor, select Language > Edit Current Object Language. To change the process language to model with, select Language > Change Current Object Language. Documentation For detailed documentation, see Object-Oriented Modeling. 20 PowerDesigner

25 XML Model Quick Reference XML Model Quick Reference An XML model (XSM) helps you analyze an XML Schema Definition (.XSD), Document Type Definition (.DTD) or XML-Data Reduced (.XDR) file. You can model, reverseengineer, and generate each of these file formats. Creating an XML Model To create a new, empty XSM - Select File > New Model, and choose XML Model. To reverse engineer a new XSM from an XML schema definition - Select File > Reverse Engineer > XML Definition. Generating Other Models You can generate other PowerDesigner models from an XSM by selecting Tools >: Generate Physical Data Model (or press Ctrl+Shift+P) Generate XML Model (or press Ctrl+Shift+M) Working with XML Language Definitions The XML language definition file defines features specific to the language being modeled: To open the XML language definition file in the Resource Editor, select Language > Edit Current Language. To change the XML language to model with, select Language > Change Current Language. Documentation For detailed documentation, see XML Modeling. Quick Reference 21

26 XML Model Quick Reference 22 PowerDesigner

27 Free Model Quick Reference Free Model Quick Reference A free model (FEM) provides a context-free environment for modeling any kind of objects or systems. It is generally associated with a set of extensions, which allow you to define your own concepts and graphical symbols. Creating a Free Model To create a new, empty FEM - Select File > New Model, and choose Free Model. Changing a Symbol Image PowerDesigner provides a library of high-quality symbols to use in your models. To change the image associated with a symbol, right-click the symbol and select Change Image. Documentation See the Extensions Quick Reference on page 25. For detailed documentation, see Customizing and Extending PowerDesigner > Extension Files. Quick Reference 23

28 Free Model Quick Reference 24 PowerDesigner

29 Extensions Quick Reference Extensions Quick Reference Extensions files (*.xem) provide means for customizing and extending PowerDesigner metaclasses, parameters and generation. You can use extensions to define additional properties for existing object types or entirely new kinds of objects, to modify the PowerDesigner interface (reorganizing and adding property sheet tabs, Toolbox tools and menu items), and to define additional generation targets and options. Creating Extensions from a Property Sheet To create an extended attribute directly from an object property sheet, click the menu button, and select New Attribute. To create a new collection directly from an object property sheet, click the menu button, and select New List of Associated Objects. Working with Extension Files To attach an existing extension file to a model, select Model > Extensions, and click the Import tool. Quick Reference 25

30 Extensions Quick Reference To create a new extension file, select Model > Extensions, click the Add a Row tool, enter a name for the file, and then click the Properties tool. Types of Extension You can extend the metamodel in the following ways: Add or sub-classify new kinds of objects: Metaclasses drawn from the metamodel as a basis for extension. Stereotypes [for metaclasses and stereotypes only] to sub-classify objects. Criteria to evaluate conditions to sub-classify objects. Extended objects, sub-objects, and links to create new kinds of objects. Provide new ways of viewing connections between objects: Dependency matrices to show connections between two types of objects. Extended collections and compositions to enable manual linking between objects. Calculated collections to automate linking between objects. Add new properties to objects and display them: Extended attributes to provide extra metadata. Forms to display custom property tabs or dialog boxes. Custom symbols to help you visually distinguish objects. Add constraints and validation rules to objects: Custom checks to provide data testing. Event handlers to invoke methods when triggered by an event. Execute commands on objects: Methods to be invoked by other profile extensions such as menus and form buttons (written in VBScript). Menus [for metaclasses and stereotypes only] to customize PowerDesigner menus. Generate objects in new ways: Templates and generated files to customize generation. Transformations and Transformation profiles to automate changes to objects at generation or on demand. Documentation For detailed documentation, see Customizing and Extending PowerDesigner > Extension Files. 26 PowerDesigner

31 Shortcut Keys Shortcut Keys PowerDesigner provides many shortcut keys to accelerate your workflow. Toolbox Shortcuts Shortcut Double-click Pointer tool / Ctrl+A Double-click Delete tool Double-click Grabber tool Double-click any object tool Shift+Double-click any object tool Right-click Action Select all symbols in diagram. Delete all selected symbols (with confirmation). Zoom to whole diagram. Select all symbols of this type. Retain current selection and add all symbols of this type. Release tool and select pointer. Browser Shortcuts Shortcut Action * (number pad) Expand all nodes. + (number pad) Expand subnodes. - (number pad) Collapse subnodes. F2 Ctrl+Shift+F Rename selected item. Find selected item in Diagram. Diagram Shortcuts Shortcut DEL and Shift+DEL Alt+ENTER Ctrl+K Ctrl+H Ctrl+L Ctrl+Page Up and Ctrl+Page Down Action Delete object (with and without confirmation). Open object property sheet. Paste as shortcut. [on selected link] Force link to horizontal. [on selected link] Force link to vertical. Bring symbol to front and send symbol to back. Quick Reference 27

32 Shortcut Keys Shortcut Ctrl+Home and Ctrl+End Ctrl+T Ctrl+J Ctrl+Resize Ctrl+Shift+Resize F2 or Ctrl+Right-click on Name Action Align selection on vertical and horizontal axis. Open Symbol Format dialog. Auto-resize the symbol to display all the text it contains up to the value specified for word wrapping in the diagram. Resize object while keeping same center point. Resize object while keeping same center point and proportions. Rename object. Drag and Drop Shortcuts Shortcut Shift+Drag and drop Ctrl+Drag and drop Shift+Ctrl+Drag and drop Alt+Drag and drop Right-click+Drag and drop Action Move object. Copy object. Create shortcut of object. Create replica of object. Open menu to choose an action. Window and General Shortcuts Shortcut F4 F5 F6 F7 F8 F9 F10 Shift+F5 Shift+F9 Action Check model. Zoom to actual size. Zoom in. Zoom out. Zoom to whole diagram. Previous view. Display used pages. Redisplay. Next view. 28 PowerDesigner

33 Shortcut Keys Shortcut Shift+Click item Alt+0 Alt+1 Alt+2 Alt+3 Alt+F6 Ctrl+Double-click / Ctrl++ (plus) Ctrl+Tab Ctrl+Page Up / Ctrl+Page Down Ctrl+B Ctrl+D Ctrl+E Ctrl+F Ctrl+F4 Ctrl+Alt+F4 Ctrl+F6 / Ctrl+Shift+F6 Ctrl+U Shift+F2 Shift+F3 Shift+F4 Action Select consecutive items. Show/hide Browser. Show/hide Output view. Show/hide Result List view. Show/hide Welcome page. Cycle between active windows. [on package or other composite symbol] Open subdiagram. Cycle through property sheet tabs. Cycle through property sheet tab subtabs. Find selected object in Browser. Select diagram. Open list of reports. Find objects. Close diagram. Close model. Cycle between property sheets. Go to parent diagram. Open workspace. Save workspace. Close workspace. List Shortcuts Shortcut F2 F4 Ctrl+Shift+Spacebar Ctrl+A Action Select text for edit. Select cell to add text. Select line. Select all. Quick Reference 29

34 Shortcut Keys Shortcut Ctrl+Shift+A Ctrl+N Ctrl+I Ctrl+D Action Deselect all. Add entry. Insert entry. Delete entry. Code Preview Tab Shortcuts Shortcut F2 F3 Shift+F11 Ctrl+F2 Ctrl+I Action Next bookmark. Find next. Menu. Insert/Remove bookmark. Insert file. 30 PowerDesigner

35 Index Index B bend link 5 business process model (BPM) 11 C conceptual data model (CDM) 13 core features 1 D data movement model (DMM) 17 E edit symbol 3 enterprise architecture model (EAM) 9 extensions 25 F free model (FEM) 23 L link bend 5 change symbol 5 linking and syncing 1 logical data model (LDM) 13 O object-oriented model (OOM) 19 P physical data model (PDM) 15 R requirements model (RQM) 7 resize symbol 3 resource editor 25 S select all symbols 3 connected symbols 3 symbol 3 shortcut keys 27 symbol edit 3 resize 3 select 3 X XML model (XSM) 21 Quick Reference 31

36 Index 32 PowerDesigner